processor bound

简明释义

受处理机限制的

英英释义

例句

1.Games that require real-time rendering often become processor bound due to heavy computations.

需要实时渲染的游戏由于大量计算，常常变得处理器绑定。

2.In a multi-threaded environment, if one thread is processor bound, it can affect the performance of other threads.

在多线程环境中，如果一个线程是处理器绑定的，它可能会影响其他线程的性能。

3.Optimizing algorithms is essential when your system is processor bound to improve overall efficiency.

当你的系统是处理器绑定时，优化算法是提高整体效率的关键。

4.When performing complex calculations, the software can become processor bound, which leads to longer execution times.

在进行复杂计算时，软件可能会变得处理器绑定，这会导致更长的执行时间。

5.The application is running slow because it is processor bound, meaning it is limited by the CPU's processing power.

该应用程序运行缓慢，因为它是处理器绑定的，这意味着它受到CPU处理能力的限制。

作文

In today's digital age, understanding the performance limitations of computer systems is crucial for both developers and users. One important concept that often arises in discussions about system performance is processor bound. This term refers to a situation where the performance of a program or application is limited by the speed of the processor rather than other components such as memory or disk input/output. When a system is processor bound, it means that the CPU is the bottleneck, preventing the software from executing tasks as quickly as possible.To better understand this concept, consider a scenario where a user is running a complex simulation program. If the program requires extensive calculations and the CPU is unable to keep up with the demand, the user will experience delays and slow performance. This is a clear indication that the program is processor bound. In contrast, if the same program is running on a high-performance CPU, it may execute much faster, demonstrating how a more powerful processor can alleviate performance issues.The implications of being processor bound are significant for software developers. When designing applications, they must be aware of how their code interacts with the CPU. Inefficient algorithms can exacerbate the problem, leading to increased processing times and reduced overall performance. Developers often use profiling tools to identify parts of their code that may be causing excessive CPU usage, allowing them to optimize performance and reduce the impact of being processor bound.Moreover, hardware upgrades can also play a role in addressing processor bound scenarios. For instance, upgrading from a dual-core processor to a quad-core processor can provide the additional processing power needed to handle more simultaneous tasks, thus reducing the likelihood of being processor bound. However, it is essential to recognize that simply adding more processing cores does not always result in improved performance, especially if the software is not designed to take advantage of multi-threading capabilities.Another factor to consider is the relationship between processor bound performance and other system resources. While a system may be processor bound, it could also be influenced by memory constraints or slow disk access. Therefore, it is vital for developers to have a holistic view of system performance, ensuring that all components work harmoniously together.In conclusion, the term processor bound highlights a critical aspect of computer performance where the CPU becomes the limiting factor in executing tasks. Understanding this concept is essential for both developers and users who wish to maximize the performance of their applications. By recognizing when a system is processor bound, developers can implement optimizations and users can make informed decisions about hardware upgrades. As technology continues to advance, the importance of understanding performance limitations will only grow, making it imperative for all stakeholders in the tech industry to grasp the significance of being processor bound.

在当今数字时代，理解计算机系统的性能限制对开发人员和用户来说至关重要。在关于系统性能的讨论中，一个经常出现的重要概念是processor bound。这个术语指的是一种情况，其中程序或应用程序的性能受到处理器速度的限制，而不是其他组件如内存或磁盘输入/输出。当一个系统处于processor bound状态时，这意味着CPU是瓶颈，阻止软件以尽可能快的速度执行任务。为了更好地理解这个概念，考虑一个用户正在运行复杂模拟程序的场景。如果该程序需要大量计算，而CPU无法跟上需求，用户将会经历延迟和缓慢的性能。这清楚地表明该程序处于processor bound状态。相反，如果在高性能CPU上运行同一程序，它可能会执行得更快，展示出更强大的处理器如何缓解性能问题。处于processor bound状态的影响对于软件开发人员来说是显著的。在设计应用程序时，他们必须意识到他们的代码如何与CPU交互。低效的算法可能会加剧这一问题，导致处理时间增加和整体性能降低。开发人员通常使用分析工具来识别可能导致过度CPU使用的代码部分，从而优化性能并减少处于processor bound状态的影响。此外，硬件升级也可以在解决processor bound场景中发挥作用。例如，从双核处理器升级到四核处理器可以提供额外的处理能力，以处理更多的同时任务，从而减少处于processor bound状态的可能性。然而，重要的是要认识到，仅仅添加更多的处理核心并不总会导致性能的提升，特别是如果软件没有设计成能够利用多线程功能。另一个需要考虑的因素是processor bound性能与其他系统资源之间的关系。虽然一个系统可能处于processor bound状态，但它也可能受到内存限制或慢速磁盘访问的影响。因此，开发人员必须全面了解系统性能，确保所有组件和谐工作。总之，术语processor bound突出了计算机性能的一个关键方面，即CPU成为执行任务的限制因素。理解这个概念对希望最大化其应用程序性能的开发人员和用户都至关重要。通过识别何时系统处于processor bound状态，开发人员可以实施优化，用户可以做出明智的硬件升级决策。随着技术的不断进步，理解性能限制的重要性只会增加，因此技术行业的所有利益相关者都必须掌握处于processor bound状态的意义。